BR 7EX477 50-2 CAN BUS CONTROLLER

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BR 7EX477 50-2 CAN BUS CONTROLLER Specification

Control System
CANopen/DeviceNet Compatible

Rated Current
1.5A continuous

Cover Material
Polycarbonate

Base Material
ABS Plastic

Protection Class
Class II

Cabinet Material
Flame Retardant ABS

Rated Insulation Voltage
500V AC (1 min)

Connectivity Type
Terminal Block, CAN Bus DB9

Thickness
65 mm

Features
Surge Protection, Polarity Reversal Protection, EMC Shield

Current Rating
1.5A per I/O

Panel Type
DIN Rail Mountable

Cooling System
Passive Air Cooling

Way
Multi-way (Supports Multiple CAN Nodes)

Operating Voltage
18V - 32V DC

Components
Microcontroller, Optocouplers, CAN Transceivers

Protection Level
IP20

Rated Operation Voltage
24V DC

Product Type
CAN Bus Controller

Material
High-grade Industrial Plastic and Alloy Components

Surface Finish
Matte

Standard
ISO 11898, IEC 61131

Surface Color
Grey/Black

Rated Voltage
24V DC

Frequency (MHz)
25 MHz Internal MCU

Maximum Output Current
2A per channel

Dimension (L*W*H)
160 mm x 110 mm x 65 mm

Application
Industrial Automation, Machine Control, Factory Networking

IP Rating
IP20

Display Type
Diagnostic LED Indicators

About BR 7EX477 50-2 CAN BUS CONTROLLER

Purchase the BR 7EX477 50-2 CAN BUS CONTROLLER for a magnificent, sterling addition to your industrial automation needs. Engineered for dominant performance, this controller offers 16 configurable I/O channels, supports up to 1 Mbps communication speed, and ensures safety with overvoltage and short circuit protection. Constructed using high-grade industrial plastic and alloy components, its robust design meets ISO 11898 and IEC 61131 standards. Ready for DIN rail mounting, it operates reliably across a wide temperature range. Pick yours today to experience outstanding value and exceptional automation control.

Key Features and Applications

The BR 7EX477 50-2 CAN BUS CONTROLLER stands out with advanced features including surge and polarity reversal protection, EMC shielding, and diagnostic LED indicators. Used as a central hub for machine control and factory networking, it excels in industrial automation environments. Compatible with CANopen and DeviceNet protocols, this controller is versatile for a range of applications including process automation and smart factory setups, ensuring efficient connectivity and robust system integration.

Packaging, Supply, and Certifications

Offered with secure, flame-retardant packaging, each unit is protected during transportation for reliable order completion. Supply ability is robust, catering to bulk and timely fulfillment for industrial demands. Certifications include adherence to ISO 11898 and IEC 61131 standards, confirming quality and dependable performance. Place your order knowing you are receiving a trusted solution that meets international safety and operational criteria.

FAQs of BR 7EX477 50-2 CAN BUS CONTROLLER:

Q: How does the BR 7EX477 50-2 CAN BUS CONTROLLER enhance industrial automation?

A: By offering 16 configurable I/O channels, high-speed communication, and robust diagnostic features, the controller streamlines automation and ensures reliable system operation in demanding industrial settings.

Q: What protection features are integrated into this CAN bus controller?

A: The device provides overvoltage and short circuit protection, surge and polarity reversal protection, as well as EMC shielding to help safeguard against electrical faults and ensure operational safety.

Q: When is it appropriate to use this controller in a system?

A: This controller is ideal for applications requiring standardized, reliable machine control and factory networking, particularly where temperature fluctuations and robust performance are critical.

Q: Where can the BR 7EX477 50-2 CAN BUS CONTROLLER be installed?

A: It is designed for easy DIN rail (35 mm) mounting within industrial enclosures or electrical cabinets, ensuring seamless integration with existing automation infrastructure.

Q: What is the process for monitoring the controllers operational status?

A: Users can monitor operational status through built-in diagnostic LED indicators, which provide real-time feedback on connectivity and system health.

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